They are called a rational number.
-4 is an integer, so the easiest way to express it as a quotient of two integers is as(-4)/1.
The definition of an irrational number is that it cannot be expressed as the quotient of 2 integers, so no.
Every whole number can be expressed as the quotient or ratio of other whole numbers, and whole numbers ARE integers.
Yes.
No, it is not necessary for both numbers to be integers for their quotient to be an integer. For example, if you divide a rational number by another rational number that shares a common factor, the result can still be an integer. For instance, ( \frac{4.0}{2.0} = 2 ), where both numbers are not integers but the quotient is an integer. However, if both numbers are integers, their quotient will also be an integer if the numerator is divisible by the denominator.
-4 is an integer, so the easiest way to express it as a quotient of two integers is as(-4)/1.
a rational number
29/10 is one way. There are an infinite number of others.
It is a rational number.
A number that cannot be expressed as a quotient of two integers is called an irrational number. Some common irrational numbers are pi (3.14159....) and the square root of two.
The definition of an irrational number is that it cannot be expressed as the quotient of 2 integers, so no.
It is a rational number.
a rational number
A quotient of integers is the result of dividing one integer by another. When dividing two integers, the result may be a whole number if the division is exact, or a decimal/fraction if there is a remainder. For example, when dividing 10 by 2, the quotient is 5, which is also an integer.
Every whole number can be expressed as the quotient or ratio of other whole numbers, and whole numbers ARE integers.
an integer is any whole number for example 1, -1, 72, -72 the quotient is the answer to a division problem so the quotient of 2 integers is one whole number divided by another whole number
Pi